Training as a medical technologist for radiology
>>Technology meets humanity<<, Angelina, Trainee as a medical technologist for radiology

Angelina, what exactly are you learning in your training as an MTR and what are your tasks?
My training is divided into three specialist areas: diagnostics, nuclear medicine and radiotherapy. In diagnostics, we work with procedures such as X-rays, CT and MRI. For example, we take X-rays, briefly look at the images and check whether anything is unusual. The doctors then make the exact diagnosis.
With CT, or computer tomography, images are taken from different perspectives and can then be assessed. In nuclear medicine, on the other hand, the patient is given radioactive substances, which can then be used to detect inflammation or degenerative changes in the body. In this case, the patient themselves is the source of radiation. I haven’t done radiation therapy myself yet, but it involves targeting cancer patients with radiation to treat the disease.
Why did you decide to train as an MTR?
After graduating from high school, I first started another training programme, which I didn’t like. Then I did an internship here at the UKJ and was immediately hooked. I like the interaction between technology and people. It’s a varied profession that combines exactly that.
And why did you choose an apprenticeship rather than a degree?
It was important to me to work in a practical environment. I wanted to start my career straight away, help people and apply what I had learned. That’s easier to do with an apprenticeship than with a degree alone.
What requirements should you have for this profession?
You should be interested in physics and anatomy – especially because many technical terms are in Latin. But don’t worry: the teachers explain everything very well. It’s also important to be empathetic, friendly and enjoy working with people. Good empathy is absolutely essential.
How is the training structured?
The training lasts three years. Theory and practice alternate in blocks of three to four weeks. At the beginning, there is more schoolwork, but later on, the practical work predominates. During this time, you go through all three specialist areas: diagnostics, nuclear medicine and radiotherapy.


And why did you choose an apprenticeship rather than a degree?
It was important to me to work in a practical environment. I wanted to start my career straight away, help people and apply what I had learned. That’s easier to do with an apprenticeship than with a degree alone.
What requirements should you have for this profession?
You should be interested in physics and anatomy – especially because many technical terms are in Latin. But don’t worry: the teachers explain everything very well. It’s also important to be empathetic, friendly and enjoy working with people. Good empathy is absolutely essential.
How is the training structured?
The training lasts three years. Theory and practice alternate in blocks of three to four weeks. At the beginning, there is more schoolwork, but later on, the practical work predominates. During this time, you go through all three specialist areas: diagnostics, nuclear medicine and radiotherapy.
What are the career prospects after training and where can you work afterwards?
The career prospects are promising. Anyone who completes their training here at the UKJ has a very good chance of being hired. Some decide to go on to university or move to other institutions, but those who want to stay have good prospects.
In addition to university hospitals such as the UKJ, you can also work in radiology practices or other medical facilities. The possibilities are endless.
What have been the biggest challenges for you so far?
At first, it was unusual to work directly with patients. But that uncertainty goes away with time. You also have to stay on top of your studies – not just before exams, but all the time. But overall, it’s really fun, and you grow into it.
What do you particularly like about Jena and working at the UKJ?
At the UKJ, I think it’s great that all the departments are in one place. That’s practical and means short distances. You get to know many different clinical pictures, which makes everyday life varied. And Jena itself is a beautiful city: not too big, but with lots of leisure activities and friendly people.


What advice would you give to someone considering training as an MTR in Jena?
I would definitely recommend doing an internship first. Then you can quickly see whether the profession suits you. And you should know that there are also afternoon classes. I wasn’t aware of that beforehand.
Has your view of the healthcare system changed as a result of your training?
Not fundamentally, but I was pleasantly surprised at how calm everything is, even in serious situations. I had imagined it to be more hectic. Even as a trainee, you are well integrated here and can always turn to colleagues if you have any questions.
Is there a preconception about medical training that you would like to correct?
Many people think that training offers fewer opportunities than a degree. But that’s not true. We have many options for specialisation or further qualification, and you can still study after completing your training.
Have you developed skills through your training that also help you in everyday life?
Definitely. My empathy has grown stronger through working with patients. I also appreciate health much more now. And I am more relaxed in everyday life and try to convey this calmness.
What have been the best moments of your training so far?
For example, the time spent at the CT scanner: when you are gradually allowed to take on more tasks independently, it gives you a good feeling. It was also great in the X-ray department when I was allowed to X-ray patients on my own for the first time. When you notice how you are becoming more and more confident, it’s a great sense of achievement.

Training as a medical technologist for radiology combines state-of-the-art medical technology with direct patient contact – ideal for anyone looking for a meaningful career with a future and who wants to grow both professionally and personally.
Facts and figures about training as a medical radiology technician
- Duration: 3 years
- Start: September
- Remuneration (gross/month)
- 1st year: 1,280.74 euros
- 2nd year: 1,340.80 euros
- 3rd year: 1,437.53 euros
- Theory partner: State Vocational School for Health and Social Affairs in Jena
- Requirements:
- A good secondary school leaving certificate or another qualification recognised as equivalent, or
- a secondary school leaving certificate or another qualification recognised as equivalent, together with successfully completed vocational training (at least two years)
- Similar training occupations:
- Medical technologist for laboratory analysis (MTL)
- Medical technologist for functional diagnostics (MTF)
- Medical technologist for veterinary medicine (MTV)